
F1 | Russell on 2026 uncertainty: will energy management make races more intriguing?
According to George Russell, the opening races of the 2026 Formula 1 season will see an “intriguing” dynamic, as drivers adjust their styles to cope with the energy management demands of the new cars. To optimize energy recovery across different circuits, drivers and teams will need to experiment with different driving approaches, finding the best ways to interpret the new regulations.
Energy management could change the way races are driven
When asked if following another car will be easier in 2026, George Russell said: “Definitely yes, because there’s less aerodynamic downforce on the cars, so there’s less aerodynamic disturbance.” The Mercedes driver explained that this will allow drivers to stay closer to the cars ahead, increasing overtaking opportunities and making races more competitive. Energy management will become a key factor, as each driver must find the right balance during a race.
“I think the big difference this year compared to the previous era is the variability in energy delivery between cars and drivers, depending on driving styles, which will probably far outweigh the effect of aerodynamic turbulence,” added the British driver.
Different circuits, different challenges
On circuits such as Bahrain or Canada, heavy braking zones will assist with energy recovery, while tracks like Melbourne’s Albert Park or Jeddah, with their long straights and flowing corners, will present a greater challenge for drivers. “I think we’ll see a different type of race, and on circuits like Melbourne and Jeddah, where there are many long straights, I believe the races could be really intriguing,” George Russell concluded.
George Russell’s analysis of the 2026 season suggests a shift in focus from pure aerodynamic performance to the strategic mastery of energy deployment. As drivers adapt their styles to maximize recovery on challenging tracks like Melbourne and Jeddah, the “intriguing” variability in how each car uses its battery could lead to a more unpredictable and competitive grid than we have seen in years.



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